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// Copyright (c) 1996-2009 Nokia Corporation and/or its subsidiary(-ies).
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// All rights reserved.
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// This component and the accompanying materials are made available
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// under the terms of the License "Eclipse Public License v1.0"
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// which accompanies this distribution, and is available
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// at the URL "http://www.eclipse.org/legal/epl-v10.html".
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//
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// Initial Contributors:
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// Nokia Corporation - initial contribution.
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//
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// Contributors:
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//
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// Description:
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// f32test\math\t_r32dta.cpp
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//
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//
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#include <e32math.h>
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#include "t_vals.h"
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GLDEF_D TReal32 addInput[]=
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{
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KMaxTReal32/2,KMaxTReal32/2,
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-KMaxTReal32/2,-KMaxTReal32/2,
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-KMinTReal32,-KMinTReal32,
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KMinTReal32,KMinTReal32,
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KMinTReal32*2,-KMinTReal32,
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0.0f, 0.0f,
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KMaxTReal32,-KMaxTReal32,
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0.0f, 1.0f,
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1.9997f, 2.0f,
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-1.99997f, -2.0f,
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0.029345f, 0.029345f,
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5.2972514E+37f, 5.2972514E+37f, // These numbers are sufficiently close
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3.4780656E+32f, 3.4780656E+32f, //
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-3.4780656E+32f, -3.4780656E+32f, // to alter each other in addition...
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9.8976E+26f, -9.8976E+26f,
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1.23472E-9f, 1.23472E-9f,
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3.19852E-14f, -3.19852E-14f,
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1.39792E-19f, 4.9761418E-37f,
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5.2972514E+37f, 5.2972514E+37f, // and these are not.
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3.4780656E+29f, 3.4780656E+29f,
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-3.4780656E+29f, -3.4780656E+29f,
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9.8976E+21f, -9.8976E+21f,
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1.23472E-5f, 1.23472E-5f,
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3.19852E-13f, 3.19852E-13f,
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1.39792E-21f, 4.9761418E-37f
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};
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GLDEF_D TReal32 subInput[] =
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{
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KMaxTReal32/2, -KMaxTReal32/2,
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0.0f,0.0f,
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KMaxTReal32, KMaxTReal32,
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1.0E+25f, -1.0E+25f,
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-KMaxTReal32, -KMaxTReal32,
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KMinTReal32, KMinTReal32,
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-KMinTReal32, -KMinTReal32,
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0.0f, 0.0f,
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2*KMinTReal32, KMinTReal32,
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-2*KMinTReal32, -KMinTReal32,
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1.0f, 4.5f,
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1.9999997f,2.0f,
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-1.9999997f, -2.0f,
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0.029345f, 0.029345f,
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5.2972514E+37f, 5.2972514E+37f, // These numbers are sufficiently close
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3.4780656E+32f, 3.4780656E+32f, //
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-3.4780656E+32f, -3.4780656E+32f, // to alter each other in addition...
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9.8976E+27f, -9.8976E+27f,
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1.23472E-9f, 1.23472E-9f,
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3.19852E-14f, -3.19852E-14f,
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1.39792E-19f, 4.9761418E-37f,
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5.2972514E+37f, 5.2972514E+37f, // and these are not.
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3.4780656E+29f, 3.4780656E+29f,
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-3.4780656E+29f, -3.4780656E+29f,
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9.8976E+21f, -9.8976E+21f,
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1.23472E-5f, 1.23472E-5f,
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3.19852E-13f, 3.19852E-13f,
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1.39792E-21f, 4.9761418E-37f
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};
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// {2.0f,-1.9999997f} - these values fail when rounding towards zero
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GLDEF_D TReal32 multInput[]=
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{
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1.0f,1.0f,
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0.0f, 0.0f,
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KSqrtMaxTReal32,KSqrtMaxTReal32,
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-KSqrtMaxTReal32, -KSqrtMaxTReal32,
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KSqrtMinTReal32, KSqrtMinTReal32,
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-KSqrtMinTReal32, -KSqrtMinTReal32,
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1.0f, KMaxTReal32,
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0.0f, KMinTReal32,
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1.0f, 4.5f,
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KMinTReal32, KMaxTReal32,
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1.0f, 0.9999997f,
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-1.0f, -0.9999997f,
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0.029345f, 0.029345f,
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3.4780656E+18f, 3.4780656E+18f,
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-3.4780656E+18f, -3.4780656E+18f,
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-0.98976f, -0.98976f,
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-3.2774997E+36f, -3.2774997E-36f,
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4.2076120E+12f, 4.2076120E-12f,
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-2.6342090E+30f, 2.6342090E-30f,
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3.1972712E+5f, 1.3972071E+31f,
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3.1972712E-5f, 1.3972071E-31f,
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4.2720759E+12f, 3.9275015E+24f,
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4.2720759E-12f, 3.9275015E-24f
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};
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GLDEF_D TReal32 divInput[]=
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{
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0.0f, 0.0f,
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KMaxTReal32, KMaxTReal32,
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-KMaxTReal32, -KMaxTReal32,
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4.0f, KMaxTReal32,
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0.0f, 1.0f,
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-KMinTReal32, 1.0f,
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KMinTReal32,KMinTReal32,
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-KMinTReal32, -KMinTReal32,
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0.0f, 1.0f,
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1.0f, 0.9999997f,
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-1.0f, -0.9999997f,
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1.0f, -1.0f,
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0.029345f, 0.029345f,
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2.6342090E-36f, 2.6342090E-36f,
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-0.98976f, -0.98976f,
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3.4780656E+19f, 3.4780656E+19f,
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3.4780656E-12f,3.4780656E-12f,
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-3.2774997E+5f, -3.2774997E+5f,
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-3.2774997E+18f, -3.2774997E-18f,
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4.2076120E+4f, 4.2076120E-4f,
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-4.2076120E+4f, -4.2076120E-4f,
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-2.6342090E+6f, 2.6342090E-6f,
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3.1972712E-2f, 1.3972071E+34f,
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3.1972712E+2f, 1.3972071E-34f,
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4.2720759E-13f, 3.927501E+23f,
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4.2720759E+13f, 3.927501E-23f
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};
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GLDEF_D TReal32 unaryInput[] =
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{0.0f,1.0f,-1.0f,KMaxTReal32,-KMaxTReal32,KMinTReal32,-KMinTReal32};
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GLDEF_D TReal32 incDecInput[] =
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{-1.0f,0.0f,1.0f,-1672.7577037f,1612.8210207f,
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KMaxTReal32,-KMaxTReal32,KMinTReal32,-KMinTReal32,
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9.0E+14f,-9.0E+14f,9.0E-14f,-9.0E-14f,
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9.0E+16f,-9.0E+16f,9.0E-16f,-9.0E-16f};
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// sizes of arrays
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GLDEF_D TInt sizeAdd = sizeof(addInput)/sizeof(TReal32);
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GLDEF_D TInt sizeSub = sizeof(subInput)/sizeof(TReal32);
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GLDEF_D TInt sizeMult = sizeof(multInput)/sizeof(TReal32);
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GLDEF_D TInt sizeDiv = sizeof(divInput)/sizeof(TReal32);
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GLDEF_D TInt sizeUnary = sizeof(unaryInput)/sizeof(TReal32);
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GLDEF_D TInt sizeIncDec = sizeof(incDecInput)/sizeof(TReal32);
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